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R2012a Documentation → Simulink Coder
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Contents

Index

• Getting Started

• Product Description

Code Generation Technology

• Target Environments and Applications

About Target Environments

Types of Target Environments Supported By Simulink Coder

Applications of Supported Target Environments

• Algorithm Development Options

Simulink and Stateflow Model

MATLAB Code with Simulink Model

• V-Model for System Development

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 the Examples

• Get Familiar with the Example Model and Testing Environment

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

• Configure the Model and Generating Code

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

• Configure the Data Interface

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

• Call External C Functions from a Model and Generated Code

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

• Desktop IDEs and Desktop Targets

• Target Language Compiler

• Introducing the Target Language Compiler

• What Is the Target Language Compiler?

• Target Language Compiler Capabilities

• Code Generation Process

• The Advantages of Inlining S-Functions

• Where to Go from Here

• Getting Started

Code Architecture

• Target Language Compiler Overview

• Inlining S-Functions

• Target Language Compiler Tutorials

• Reading Record Files with TLC

• Inlining S-Functions with TLC

• Exploring Variable Names and Loop Rolling

• Debugging Your TLC Code

• Using TLC Code Coverage to Aid Debugging

• Wrapping User Code with TLC

• Code Generation Architecture

• Build Process

• Configuring TLC

• Code Generation Concepts

• Data Handling with TLC: an Example

• model.rtw File and Authoring S-Functions and Data Objects

Introduction to the model.rtw File

Using Scopes in the model.rtw File

• Data Object Information in the model.rtw File

• Data References in the model.rtw File

• Using Library Functions to Access model.rtw

• Directives and Built-In Functions

• Target Language Compiler Directives

• Command-Line Arguments

• Debugging TLC Files

• About the TLC Debugger

• Using the TLC Debugger

• TLC Coverage

• TLC Profiler

• Inlining S-Functions

• Writing Block Target Files to Inline S-Functions

• Inlining C MEX S-Functions

Inlining MATLAB File S-Functions

Inlining Fortran (F-MEX) S-Functions

• TLC Coding Conventions

• Block Target File Methods

Error Reporting

• TLC Function Library Reference

Obsolete Functions

• Target Language Compiler Function Conventions

• Input Signal Functions

• Output Signal Functions

• Parameter Functions

• Block State and Work Vector Functions

• Block Path and Error Reporting Functions

• Code Configuration Functions

• Sample Time Functions

• Other Useful Functions

• Advanced Functions

• TLC Error Handling

• Generating Errors from TLC Files

• TLC Error Messages

TLC Function Library Error Messages

• Release Notes

Target Language Compiler

Introducing the Target Language Compiler	Provides an overview of the Target Language Compiler and the code generation process, and the advantages of inlining S-functions.
Getting Started	Describes the process that the Target Language Compiler uses to generate code, and general inlining S-function concepts.
Target Language Compiler Tutorials	Provides a series of Target Language Compiler tutorials
Code Generation Architecture	Describes the TLC files and the build process. It also provides a tutorial on how to write target language files.
model.rtw File and Authoring S-Functions and Data Objects	Describes the `model.rtw` file.
Directives and Built-In Functions	Contains the language syntax for the Target Language Compiler.
Debugging TLC Files	Explains how to use the TLC debugger.
Inlining S-Functions	Describes how to use the Target Language Compiler and how to inline S-functions.
TLC Function Library Reference	Contains abstracts for the Target Language Compiler functions.
TLC Error Handling	Lists the error messages that the Target Language Compiler can generate, as well as how to best use the errors.

Introducing the Target Language Compiler

Introducing the Target Language Compiler

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