| Introduction to the Real-Time Workshop Embedded Coder Product | Explains how you can apply Real-Time Workshop and
related technology to system development. |
| Developing Models for Code Generation | Helps you verify whether necessary products are installed
and set up for modeling your application and discusses code generation
considerations for embedded systems that pertain to model architecture,
scheduling, and modeling patterns. Use this documentation as supplemental
information to the Simulink documentation and corresponding Real-Time Workshop documentation. |
| Defining Data Representation and Storage for
Code Generation | Describes mpt data objects, a type of data object
you can use with the Real-Time Workshop Embedded Coder product only.
This part also explains how to insert comments and pragmas into generated
code, create and use custom storage classes, rename and replace data
types, manage and place data definitions and declarations, and specify
the persistence level for signals and parameters. |
| Preparing Models for Code Generation | Explains how to develop models such that they generate
specific C constructs, guides you through identifying what to configure
and how to configure a model, and explains how to check a model against
modeling and code generation guidelines for embedded systems. |
| Generating Code and Building Executables | Explains how to generate code and related reports,
optimize generated code, develop code that complies with industry
standards and guidelines, and develop executables from generated code.
This part also provides information on how to customize the build
process. |
| Integrating External Code and Generated C and C++
Code | Discusses ways to generate code for integration with
external code, code not generated by Real-Time Workshop technology.
You can generate S-functions automatically, export function-call subsystems,
generate code for nonvirtual subsystem modular function code, control
the generation of function prototypes and encapsulated C++ model interfaces,
and replace math functions and operators by using target function
libraries. |
| Setting Up Generated Code To Interface With Components in the
Run-Time Environment | Explains how to configure the target hardware environment,
interface with hardware that runs with no operating system, and generate
a main program module. This part also includes an example main program
for Wind River Systems VxWorks software. |
| Verifying Generated Code Applications | Discusses ways to refine and verify generated code.
You can link generated code to requirements and verify generated code
for a model with techniques such as rapid prototyping, on-target rapid
prototyping, software-in-the-loop (SIL) testing, building a complete
real-time target environment, processor-in-the-loop (PIL) testing,
and code generation verification (CGV) testing. |
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