| Introduction to Real-Time Workshop Technology | 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 that pertain to model architecture, block support,
scheduling, simulation, intellectual property protection, and events.
Use this documentation as supplemental information to the Simulink
documentation. |
| Defining Data Representation and Storage for
Code Generation | Helps you make decisions that pertain to data representation
and storage for generated code and discusses code generation considerations
that pertain to parameters, signals, Simulink data objects, enumerated
data types, block state storage and interfacing, and data store memory.
This part also examples how to use #pragmas to
relocate data. |
| Preparing Models for Code Generation | Explains how to configure a model for code generation,
enable instrumentation for debugging, select and configure a target,
select a target programming language, and specify code appearance
and documentation. This part also explains how to check a model against
basic modeling and code generation guidelines. |
| Generating Code and Building Executables | Explains how to generate, reload, and optimize generated
code; generate reports for code reviews and traceability analysis;
and build executables and configure the build process. For users who
need more control over the build process, this part provides information
on customizing code generation and the build process. |
| Converting MATLAB Code to C Code | Describes how to use emlc for generating C code directly
from M-files. |
| Integrating External Code With Generated C and C++
Code | Helps you identify a code integration option that
best applies to your application. Explains how to integrate C and
C++ code, develop external code for integration with generated code,
and integrate external code using model configuration parameters,
Custom Code blocks, and S-functions. |
| Setting Up Generated Code To Interface With Components in the
Run-Time Environment | Explains how to configure the target environment and
interface with a real-time operating system, hardware that is not
running an operating system, and a host simulator, using shared libraries.
This part also examples how to monitor signals and log data on a target
system with the C API, generate model information for ASAP2 data management
and calibration, and communicate with code executing on a target system
using Simulink external mode. |
| Verifying Generated Code Applications | Explains how to test and refine concept models with
host-based and standalone rapid simulations, verify generated code,
test and refine a model with rapid prototyping, and verifying components
with software-in-the-loop (SIL) and processor-in-the-loop (PIL) simulation
on an instruction set simulator. |
| Troubleshooting | Explains how to troubleshoot code generation problems. |
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